CO2 / PPM /Annual Averages / Data Source: noaa.gov 1980 338.91ppm 1981 340.11ppm 1982 340.86ppm 1983 342.53ppm 1984 344.07ppm 1985 345.54ppm 1986 346.97ppm 1987 348.68ppm 1988 351.16ppm 1989 352.78ppm 1990 354.05ppm 1991 355.39ppm 1992 356.1ppm 1993 356.83ppm 1994 358.33ppm 1995 360.18ppm 1996 361.93ppm 1997 363.04ppm 1998 365.7ppm 1999 367.8ppm 2000 368.97ppm 2001 370.57ppm 2002 372.59ppm 2003 375.14ppm 2004 376.96ppm 2005 378.97ppm 2006 381.13ppm 2007 382.9ppm 2008 385.01ppm 2009 386.5ppm 2010 388.76ppm 2011 390.63ppm 2012 392.65ppm 2013 395.39ppm 2014 397.34ppm 2015 399.65ppm 2016 403.09ppm 2017 405.22ppm 2018 407.62ppm 2019 410.07ppm 2020 412.44ppm 2021 414.72ppm 2022 418.56ppm 2023 421.08ppm 2024 424.61ppm 2025 427.35ppm
CO2 / PPM /Annual Averages / Data Source: noaa.gov 1980 338.91ppm 1981 340.11ppm 1982 340.86ppm 1983 342.53ppm 1984 344.07ppm 1985 345.54ppm 1986 346.97ppm 1987 348.68ppm 1988 351.16ppm 1989 352.78ppm 1990 354.05ppm 1991 355.39ppm 1992 356.1ppm 1993 356.83ppm 1994 358.33ppm 1995 360.18ppm 1996 361.93ppm 1997 363.04ppm 1998 365.7ppm 1999 367.8ppm 2000 368.97ppm 2001 370.57ppm 2002 372.59ppm 2003 375.14ppm 2004 376.96ppm 2005 378.97ppm 2006 381.13ppm 2007 382.9ppm 2008 385.01ppm 2009 386.5ppm 2010 388.76ppm 2011 390.63ppm 2012 392.65ppm 2013 395.39ppm 2014 397.34ppm 2015 399.65ppm 2016 403.09ppm 2017 405.22ppm 2018 407.62ppm 2019 410.07ppm 2020 412.44ppm 2021 414.72ppm 2022 418.56ppm 2023 421.08ppm 2024 424.61ppm 2025 427.35ppm
Briefs

Wood Mackenzie’s ‘most likely’ scenario projects 2.6°C of warming by 2060

Wood Mackenzie, a global consulting firm, has published research projecting 2.6°C of warming by 2060 as the base case scenario. The findings were published in the company’s Energy Transition Outlook 2025 – 2026 report.

According to the company, which also offers services to the oil & gas industry, the new projections reflect surges in power demand coupled with geopolitical headwinds.

“As power demand surges due to the expansion of technologies such as AI and electrification, what was once a mostly aspirational shift towards decarbonization is now facing the hard trade-offs of scale, system integration, capital allocation and geopolitics”, said Prakash Sharma, vice president, head of scenarios and technologies for Wood Mackenzie.

The report projects peak oil demand to shift from 2030 to 2032, despite growth in solar and wind energy deployment. Across all projected scenarios, Wood Mackenzie expects AI technologies to increase demand for natural gas.

“The share of solar and wind in global power supply has grown from 5% to 20% over the past decade and the surge is expected to continue. But accelerating from deployment to a deeply decarbonized, resilient energy system is proving far more complex than simply adding megawatts”, Sharma added.

Climate leaders

Crucially, the report concludes that no major G7 economy is on track to meet 2030 emissions targets. Consequently, the report’s ‘country pledges’ scenario, projects global net zero emissions beyond the 2050 timeline.

The report also projects that a country-level variation in the energy transition will imply a shift in climate leadership, with China in the driving seat. “As the US doubles down on fossil fuels, pushing allies to buy its LNG, China is seizing the low-carbon mantle through EV and solar dominance, plus aggressive renewables deployment”, said Sharma.

The analysis places heavy emphasis on the next decade, from the perspective of investing in line with limiting warming to below 2°C. With COP30 just a few weeks away, its findings speak to the urgency of addressing underlying headwinds to the energy transition, particularly those underlying worrying projections such as Wood Mackenzie’s base case scenario.

Content Tags: Research  Advisory  In-Brief 

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